博鳌亚洲论坛2018年年会于4月8-11日在海南博鳌隆重举行,年会设置分论坛“转型中的农民与农村”,聚焦乡村振兴战略。嘉宾主持人由中国科学院地理资源研究所区域农业与农村发展研究中心主任、长江学者特聘教授刘彦随研究员担任,与会的特...博鳌亚洲论坛2018年年会于4月8-11日在海南博鳌隆重举行,年会设置分论坛“转型中的农民与农村”,聚焦乡村振兴战略。嘉宾主持人由中国科学院地理资源研究所区域农业与农村发展研究中心主任、长江学者特聘教授刘彦随研究员担任,与会的特邀嘉宾有中国农业农村部部长、中央农村工作领导小组副组长兼办公室主任韩长赋,韩国农林畜产食品部副部长KIM Jong Hoon，新希望集团有限公司董事长刘永好。展开更多
Energy utilization in the aquifers is a new technology closely related to development of heat pump technique. It is significant for the flow distribution to be predicted in the aquifer surrounding the Groundwater Sour...Energy utilization in the aquifers is a new technology closely related to development of heat pump technique. It is significant for the flow distribution to be predicted in the aquifer surrounding the Groundwater Source Heat Pump System （GSHPS）. The authors presented a new concept of ＂flow transfixion＂ by analyzing general features of aquifers, and then discussed interaction of the flow transfixion with the beat transfixion, which has practical significance to projects. A numerical model of groundwater flow was established based on the basic tenets of water-heat transferring in the aquifer. On this basis the flow field and the temperature field of GSHPS for a site in Shenyang City were numerically simulated. The basis of the flow transfixion was obtained; it was discussed for the influence of the flow transfixion on the heat transfixion. To a certain extent, the study offers some reference for the projects＇ design of GSHP in the studied area.展开更多
文摘博鳌亚洲论坛2018年年会于4月8-11日在海南博鳌隆重举行,年会设置分论坛“转型中的农民与农村”,聚焦乡村振兴战略。嘉宾主持人由中国科学院地理资源研究所区域农业与农村发展研究中心主任、长江学者特聘教授刘彦随研究员担任,与会的特邀嘉宾有中国农业农村部部长、中央农村工作领导小组副组长兼办公室主任韩长赋,韩国农林畜产食品部副部长KIM Jong Hoon，新希望集团有限公司董事长刘永好。
文摘Energy utilization in the aquifers is a new technology closely related to development of heat pump technique. It is significant for the flow distribution to be predicted in the aquifer surrounding the Groundwater Source Heat Pump System （GSHPS）. The authors presented a new concept of ＂flow transfixion＂ by analyzing general features of aquifers, and then discussed interaction of the flow transfixion with the beat transfixion, which has practical significance to projects. A numerical model of groundwater flow was established based on the basic tenets of water-heat transferring in the aquifer. On this basis the flow field and the temperature field of GSHPS for a site in Shenyang City were numerically simulated. The basis of the flow transfixion was obtained; it was discussed for the influence of the flow transfixion on the heat transfixion. To a certain extent, the study offers some reference for the projects＇ design of GSHP in the studied area.
